This work proposes a helicopter pilot model identified from experimental results obtained in piloted simulation flight tests. The tests were originally designed to verify predicted unstable pilot-vehicle systems. The results have been further analyzed using methods for the detection of pilot induced oscillation that are available from the literature. The results show that a pilot-assisted oscillation event occurring in one configuration is characterized by a change of biomechanical properties of the pilot. It is conjectured that such change is triggered by a change in the task of the pilot induced by the specific maneuver that is requested of the pilots in the tests.

A Comprehensive Pilot Model for Voluntary/Involuntary Action in Rotorcraft-Pilot Coupling / P., Masarati; V., Muscarello; G., Quaranta; Marguerettaz, Paolo; Guglieri, Giorgio; L., Lu; M., Jump. - ELETTRONICO. - 2015:(2015), pp. 1-14. (Intervento presentato al convegno AHS Forum 71 tenutosi a Virginia Beach, Virginia, USA nel May 5-7, 2015).

A Comprehensive Pilot Model for Voluntary/Involuntary Action in Rotorcraft-Pilot Coupling

MARGUERETTAZ, PAOLO;GUGLIERI, GIORGIO;
2015

Abstract

This work proposes a helicopter pilot model identified from experimental results obtained in piloted simulation flight tests. The tests were originally designed to verify predicted unstable pilot-vehicle systems. The results have been further analyzed using methods for the detection of pilot induced oscillation that are available from the literature. The results show that a pilot-assisted oscillation event occurring in one configuration is characterized by a change of biomechanical properties of the pilot. It is conjectured that such change is triggered by a change in the task of the pilot induced by the specific maneuver that is requested of the pilots in the tests.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2596564
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